Top 7 Technologies for Cell Harvesting in Cultivated Meat
If you damage cells at harvest, you lose yield, add debris, and make downstream work harder. For cultivated meat teams, the best fit depends on four things: culture format, scale,...
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n!Biomachines AUXO V® Benchtop Bioreactor
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Checklist For Minimizing Off-Target Effects In Cell Line Editing
If you edit first and check later, you can fix an off-target change into the clone. I’d keep the workflow simple: choose the lowest-risk editing method, keep editor exposure short,...
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Single-Use vs Reusable Systems in Process Validation
If I have to reduce the choice to one line, it is this: single-use cuts cleaning work, while reusable shifts the burden to cleaning, sterilisation, and residue control. For bioprocess...
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3D Printing Parameters for Scaffold Fabrication
If scaffold geometry, ink rheology, and print settings do not match, the print may hold shape but fail in culture - or keep cells alive but lose pore structure. If...
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Shelf Life Extension for Cultivated Meat
If I had to cut the article down to one point, it would be this: shelf life for cultivated meat is built as a multi-hurdle system, not from one fix....
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CIP vs SIP: Key Differences in Bioreactor Cleaning
If you run a reusable stainless-steel bioreactor, the rule is simple: CIP removes residue, SIP kills microbes, and you need both in that order. For bioprocess engineers and cultivated meat...
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Single-Use vs Stainless Steel Bioreactors: Cost Comparison
If you run low batch numbers or a moving process, single-use usually costs less upfront. If you run high volumes at steady use, stainless steel often wins over time. For...
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Scaling Up: Cost Challenges in Commercial Bioreactors
If you scale animal cell culture from pilot to commercial volume without fixing mass transfer, waste control, sterility, and uptime first, your cost per kilogram can go up, not down....
